Q Values

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• Developing a Linear Demand Function

  values 10=a+(-10/7)*3.5+1.25*12 a=0 Demand function becomes Q=0+(-10/7)*P+1.25*I Q=-(10/7)*P+1.25I or Q=-1.4286P+1.25I.

• Charges: What are the values of the distance l and the charge q?

  125636 What Are the Values of the Distance l and the Charge q? Two charges, each with a value of +q are separated by a distance of l m.

• Analysing monopolist's demand and cost functions

  Q=60) MC=60^2-80*60+1800=600 dollars (b) What are the values of q1 and p1 at this output?

• Give an example of a rational expression P/Q such that: The degree of the denominator Q is 3 and this expression is defined for all real numbers except the values 2 and 4.

  122954 Example of a Rational Expression P/Q Give an example of a rational expression P/Q such that: The degree of the denominator Q is 3 and this expression is defined for all real numbers except the values 2 and 4.

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  215897 Undefined expression Find any values of the variable for which the rational expression is undefined. ( -6q - 3)/ (q^2 + 25) Solution.

• Physics - Converging Lens

  Tabulated values of 1/p and 1/q, verification of the formula 1/q = -1/p + 1/f: Object distance, p (cm) Image distance, q (cm) 1/p 1/q 1/f = 1/p + 1/q 25 35 0.0400 0.0286 0.0686 23 40 0.0435 0.0250 0.0685 21 47 0.0476 0.0213 0.0689 19 61 0.0526 0.0164

• Sequences Which Converge to Square Roots and Cube Roots

  454775 Proof in Numerical Analysis Use the Secant method (defined in the book) to show that sequence below converges to (square root Q), where Q > 0, given "good" starting values x_0 and x_1: x_n+1 = (x_n x_n-1 + Q) / (x_n + x_n-1).

• Heat energy and H20

  (100-0) Step 4 Vapourize water at 100 C to steam at 100 C q = n(delta)H(vaporization) Step 5 Heat steam from 100 C to steam at 110 C q = (5.0 g)Csteam(110-100) Calculate all the q values from each of the 5 steps and add them together,